699-2G150-0230-505 Nvidia 24GB GDDR6 PCIE 3.0 Graphics Card

NVIDIA 699-2G150-0230-505 24GB GDDR6 GPU Overview

The NVIDIA 699-2G150-0230-505 Quadro RTX 6000 24GB GDDR6 PCIe 3.0 Graphics Card with passive cooling is an advanced professional-grade GPU engineered for high-performance computing, visual rendering, AI-driven workflows, and complex simulation tasks. Designed for data centers and workstations that prioritize silent operation and optimized airflow, this passive-cooled variant delivers unmatched graphical precision and reliability. With the Turing architecture and a massive 24GB of GDDR6 VRAM, this graphics solution provides the foundation for creative professionals, engineers, scientists, and designers who rely on exceptional computational power and scalability in multi-GPU environments.

Architecture and Processing Power

Built on the innovative Turing architecture, the Quadro RTX 6000 introduces a revolutionary combination of RT Cores, Tensor Cores, and CUDA Cores. This architectural design enables real-time ray tracing, AI-accelerated workflows, and advanced shading techniques for physically accurate rendering. The inclusion of 4608 CUDA cores allows for parallel computing efficiency, enabling faster execution of rendering, simulation, and AI training models. The card’s base clock and boost clock speeds are optimized to deliver consistent performance under sustained loads without throttling due to its efficient passive cooling design when paired with a properly ventilated chassis.

GPU Engine Specifications

The Quadro RTX 6000 GPU engine operates on the Turing TU102 core, a powerful processor designed to handle diverse workloads across industries. With a GPU boost clock reaching up to 1770 MHz, it provides significant throughput for graphics-intensive applications such as CAD, CAE, deep learning, and data visualization. The combination of RT Cores for real-time ray tracing and Tensor Cores for AI-driven denoising ensures faster, more realistic image rendering, making it ideal for studios and visualization centers where precision and realism are paramount.

Memory Capacity and Bandwidth

Equipped with 24GB of GDDR6 memory, this graphics card ensures exceptional capacity for handling large datasets, high-resolution textures, and complex 3D models. The 384-bit memory interface delivers a bandwidth of up to 672 GB/s, ensuring smooth data transmission between GPU cores and memory modules. Such high bandwidth is critical for applications requiring rapid access to large data arrays, including 3D rendering, scientific visualization, and AI-driven analytics. This extensive memory buffer provides consistent stability even under multi-display, multi-tasking workloads in advanced simulation environments.

Connectivity and Interface

The NVIDIA 699-2G150-0230-505 Quadro RTX 6000 features a PCI Express 3.0 x16 interface for high-speed data exchange with the host system. This ensures compatibility with a wide range of workstation motherboards and servers. The card supports multiple display outputs, typically including DisplayPort 1.4 and VirtualLink for next-generation VR headsets. Each port supports ultra-high-resolution monitors, allowing professionals to work across multiple displays for improved productivity and detailed visualization. With DisplayPort 1.4 technology, the card can drive resolutions up to 8K at 60Hz with HDR, ensuring crisp, vivid, and color-accurate visuals in every frame.

Passive Cooling Design

The passive cooling system of the Quadro RTX 6000 699-2G150-0230-505 variant is engineered for silent operation, relying on system-level airflow rather than active fans. This design is optimal for rack-mounted or densely populated workstation environments where minimal noise and maximum reliability are crucial. The heat sink efficiently dissipates thermal output across a large surface area, maintaining optimal operating temperatures under continuous high workloads. Passive cooling is also advantageous for environments with stringent noise constraints or where centralized cooling systems manage airflow efficiency.

Thermal Efficiency and Reliability

The passive cooler is designed using high-conductivity materials such as aluminum and copper to ensure rapid heat dissipation. Thermal pads and vapor chambers are strategically placed to enhance contact between the GPU, VRAM modules, and cooling fins. This passive solution allows consistent operation without moving parts, reducing potential mechanical failure risks. The design also ensures compatibility with data center-grade air circulation systems, offering stable long-term performance with minimal maintenance requirements.

Performance in Professional Applications

The NVIDIA Quadro RTX 6000 is specifically tuned for professional software applications, providing certified drivers for optimal compatibility and stability. Its high computational power supports rendering engines, simulation software, and AI frameworks widely used in industries such as media production, automotive design, architecture, healthcare imaging, and scientific computation. Applications such as Autodesk Maya, SolidWorks, Dassault Systèmes CATIA, Siemens NX, and Adobe After Effects benefit from accelerated rendering times and enhanced visual fidelity.

Rendering and Visualization

For rendering professionals, the Quadro RTX 6000 provides real-time ray tracing capabilities that simulate light behavior with unparalleled realism. This allows designers to preview final-quality visuals directly in the viewport without waiting for traditional offline rendering processes. The combination of RT Cores and CUDA acceleration reduces rendering time significantly, enabling interactive workflows that boost productivity and creativity. Additionally, the card’s 24GB memory enables detailed visualization of large scenes and high-polygon assets used in architectural design and film production.

Simulation and Virtual Reality

The RTX 6000 also supports high-fidelity simulation environments, providing realistic physics calculations and interactive design review capabilities. In VR applications, the card enables smooth frame rates and low-latency performance for immersive visualization experiences. Whether used in product prototyping, architectural walkthroughs, or medical training simulations, the card ensures stable operation across demanding workloads, empowering users to explore designs in real-time with precision and clarity.

Display and Resolution Support

Supporting up to four 8K displays simultaneously, the Quadro RTX 6000 delivers exceptional display flexibility for multi-monitor workstations and visualization walls. The card’s high refresh rate support ensures fluid motion and precise color reproduction. HDR support further enhances color depth, allowing for lifelike contrast and luminance accuracy. Such advanced display capabilities are indispensable in fields where image accuracy is essential, including digital content creation, scientific imaging, and broadcast production.

Color Accuracy and HDR Technology

HDR10 and Display Stream Compression (DSC) technologies enable superior image clarity and vibrant color gradients, crucial for professionals in visual effects and post-production. The GPU ensures full 10-bit color depth, allowing accurate representation of subtle tones and gradients across the display spectrum. This is especially beneficial for color grading, animation, and digital imaging professionals who demand consistent color calibration between on-screen visuals and final rendered output.

Advanced Ray Tracing and AI Features

The inclusion of dedicated RT Cores enables real-time ray tracing, allowing for photorealistic reflections, shadows, and global illumination effects in 3D environments. Combined with AI-driven denoising, this technology reduces noise and enhances visual quality in rendered images. Tensor Cores contribute to accelerated AI inferencing, automatic image upscaling, and intelligent scene composition. These features collectively transform how professionals visualize, simulate, and create digital content, merging the boundaries between imagination and real-time photorealism.

DLSS and AI-Enhanced Rendering

Deep Learning Super Sampling (DLSS) is another key innovation supported by the RTX 6000, utilizing AI models trained on NVIDIA’s supercomputers to upscale images with minimal performance impact. This ensures smoother frame rates while preserving fine visual detail, a critical advantage in real-time rendering and VR visualization. Such capabilities allow artists and designers to maintain visual fidelity while optimizing hardware performance for large-scale projects.

Scalability and Multi-GPU Support

The NVIDIA Quadro RTX 6000 is designed for scalability, supporting NVIDIA NVLink technology that allows multiple GPUs to share memory and computational resources seamlessly. With NVLink, two RTX 6000 cards can combine to provide up to 48GB of shared GPU memory, doubling throughput and reducing latency for demanding tasks. This multi-GPU configuration benefits complex simulation environments, massive dataset training, and ultra-high-resolution visualization workflows where single-GPU setups might encounter limitations.

Compatibility and System Integration

Full PCI Express 3.0 compatibility ensures seamless integration into a variety of server and workstation motherboards. The card’s design complies with industry-standard form factors, allowing easy deployment in professional workstations and rackmount servers. It is also certified with leading workstation OEMs, ensuring plug-and-play functionality and optimized driver performance across Windows and Linux operating systems. This flexibility allows integration into existing IT infrastructures with minimal configuration.

System Requirements and Compatibility

The graphics card requires a high-efficiency power supply unit capable of delivering stable voltage under heavy workloads. A PCIe 3.0 x16 slot is mandatory, and adequate chassis ventilation is essential for maintaining optimal temperatures in passive-cooled configurations. It is compatible with modern workstation platforms running Windows 10, Windows 11, and Linux distributions, supporting both UEFI and legacy BIOS systems. Additionally, it offers backward compatibility with earlier PCIe versions for flexible deployment across older yet capable workstation systems.

NVIDIA CUDA and API Support

The Quadro RTX 6000 supports multiple APIs including DirectX 12, OpenGL 4.6, Vulkan, and NVIDIA CUDA. CUDA cores enable developers to leverage the GPU for general-purpose computing, accelerating scientific simulations, data analytics, and machine learning tasks. The card also supports NVIDIA OptiX for ray tracing applications, allowing software developers and engineers to integrate realistic lighting models and advanced shading into custom-built applications and visualization tools.

Build Quality and Design Durability

The NVIDIA 699-2G150-0230-505 Quadro RTX 6000 embodies a rugged industrial design that prioritizes longevity and consistent thermal performance. Each component, from the power delivery circuits to the passive heatsink, is manufactured using enterprise-grade materials that withstand prolonged operational cycles. The PCB layout is optimized for efficient power flow, minimizing electrical resistance and ensuring steady current delivery to all GPU modules. This durability ensures uninterrupted operation in mission-critical environments, even under continuous workloads.

Security and Virtualization Capabilities

For enterprise deployments, the Quadro RTX 6000 supports advanced security and virtualization technologies, enabling GPU partitioning and resource allocation for multiple users simultaneously. NVIDIA RTX Virtual Workstation (vWS) support allows virtualized GPU resources to be shared across multiple virtual machines, delivering high-performance graphics and compute acceleration to remote users. This capability is crucial for organizations transitioning to remote or hybrid work models while maintaining access to professional-grade visual computing resources.

Enhanced Data Protection

Hardware-level encryption and secure boot functionalities protect sensitive workloads and ensure data integrity across enterprise systems. The GPU’s firmware undergoes strict validation, preventing unauthorized modifications or tampering. Combined with NVIDIA’s enterprise-grade driver encryption, this security framework establishes a trusted computing environment ideal for sensitive applications such as financial modeling, defense visualization, and proprietary product development.

Architectural Visualization

Architects and designers leverage the RTX 6000 to visualize structural concepts with realistic lighting and materials. The GPU’s ray tracing capabilities enable accurate reflections and refractions, ensuring visual fidelity that helps clients experience their designs before construction begins. Integration with BIM applications enhances project efficiency by reducing the time required for rendering photorealistic architectural scenes.

Upgradability and Compatibility Outlook

While PCIe 3.0 remains widely supported, the Quadro RTX 6000 is compatible with future systems supporting PCIe 4.0 through backward compatibility, ensuring flexibility for long-term infrastructure planning. Its driver support roadmap extends across multiple operating system versions, allowing users to upgrade their software environments without hardware obsolescence. Such forward compatibility reduces total cost of ownership while preserving top-tier performance in evolving technological ecosystems.

Enterprise Scalability Benefits

For organizations planning scalable GPU clusters or render farms, the RTX 6000’s NVLink and passive cooling combination allows for dense, modular configurations. This scalability supports hybrid computing environments combining both local and cloud-based GPU resources, offering balanced flexibility for both small-scale studios and large enterprise facilities. By ensuring consistent performance across connected GPUs, NVIDIA provides professionals with a unified platform to tackle increasingly complex workloads.